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Showing 1 to 4 of 4 for “"Protein monolayers"”.

  1. Protein Monolayers: Molecular Recognition, Stability and Imaging Studies

    … AFM provide information about the structure of protein monolayers and these techniques, including their current limitations, are discussed.

    uiuc Repository record for Protein Monolayers: Molecular Recognition, Stability and Imaging Studies (opens in a new tab)

  2. Surface immobilization of engineered hemeproteins: Orientation, stability, structure, and function

    … in biotechnology and material applications. Hemeproteins, including myoglobin, cytochrome b$\sb5$ and cytochrome b$\sb{562}$ that are used in this study, are excellent candidates for the fabrication of novel biomaterials due to their unique electronic and optical properties. This work shows that …

    uiuc Repository record for Surface immobilization of engineered hemeproteins: Orientation, stability, structure, and function (opens in a new tab)

  3. S-Schichtproteine als molekulare Bausteine zur Funktionalisierung mikroelektronischer Sensorstrukturen

    Bakterielle Zellhüllenproteine (S-Schichten) können als molekulare Bausteine zur Funktionalisierung technischer Oberflächen verwendet werden. Die Proteine fungieren dabei als formgebende Muster (Template) oder vermitteln Bindungsstellen für eine nanostrukturierte Materialsynthese. In der …

    qucosa-diss

  4. Bioengineering of S-layers: molecular characterization of the novel S-layer gene sslA of Sporosarcina ureae ATCC 13881 and nanotechnology application of SslA protein derivatives

    S-layer proteins of S. ureae ATCC 13881 form on the cell surface an S-layer lattice with p4 square type symmetry and a period of about 13.5 nm. These lattices were shown to be the excellent nanotemplates for deposition of regular metal clusters. The synthesis of the S. ureae S-layer protein is …

    qucosa-diss